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Professor
Anthony
Burke
Faculty/Unit:
School Humanities & Soc Scien
Research areas:
terrorism
Dr
David
Paull
Faculty/Unit:
School of Science
Research areas:
Biogeography; wildlife ecology & biological conservation; Australian fauna, especially bandicoots; landscaping ecology; remote sensing & GIS.
Associate Professor
Obada
Kayali
Faculty/Unit:
School of Engineering & IT
Research areas:
Durability of concrete. Bond of steel reinforcement. The development of fibre reinforced high performance concrete. The production and performance of Self Compacting Concrete. Fly Ash characterisation and use in concrete. Developing cost effective high performance pavers and bricks using industrial by-products. Developing cost effective high strength-high performance lightweight concrete using industrial by-products. Utilisation of blast furnace slag for high performance concrete.
Contact:
Dr
Daryl
Essam
Faculty/Unit:
School of Engineering & IT
Research areas:
Fractal Image Generation and Compression, Artificial Intelligence, particularly Genetic Programming, Game Playing, Complex Adaptive Systems, Operations Research & Optimisation
Dr
Murat
Tahtali
Faculty/Unit:
School of Engineering & IT
Research areas:
Adaptive optics, computer aided design, finite elements, vibration analysis, software development
Dr
James
Warn
Faculty/Unit:
School of Business
Research areas:
Leadership, organisational behaviour and organisational psychology
Associate Professor
Sean
O'Byrne
Faculty/Unit:
School of Engineering & IT
Research areas:
Fluid mechanics, hypersonics, laser measurement, supersonic combustion
Associate Professor
Warren
Smith
Faculty/Unit:
School of Engineering & IT
Research areas:
Naval Architecture, Optimisation, Vehicle Design (Formula SAE), Ship Design and Safety, Systems Engineering and Modelling, Engineering Design Education, Experiential Learning.
Dr
Carthigesu
Gnanendran
Faculty/Unit:
School of Engineering & IT
Research areas:
Reinforced soil systems (geosynthetics, fibre, etc.), Embankments on soft soils, Pavement material characterization (resilient modulus, fatigue, permanent deformation, etc.), Stabilisation of pavement materials, Numerical modeling using the finite element method (FEM) and finite difference method (FDM), Soft soil engineering (visco-plastic modeling, stabilization with PVDs, vacuum preloading, etc.)
Associate Professor
Robert
Niven
Faculty/Unit:
School of Engineering & IT
Research areas:
Theory and applications of probabilistic inference, including maximum entropy analysis and Bayesian inference, applied to complex systems (including fluid flow systems, dynamical systems, flow networks and fluid turbulence), and new tools of applied mathematics including transport theorems and operators. Environmental contaminants and impacts, especially per- and polyfluoroalkyl substances (PFASs), non-aqueous phase liquids (NAPLs), and heavy metal contaminants in subsurface soils, groundwater, surface waters and the atmosphere, and environmental management and sustainability.
Keywords:
maximum entropy analysis